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Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
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Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging
Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging

Power Conversion System Invertor off-Grid Grid-Tied and Grid Charging

Customization: Available
Inverter Efficiency: 98.9%
Output Type: Yes
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Product Description

Basic Information
Model NO.
DC PCS
Output Frequency
50/60Hz
Output Current
145A
Output Voltage
580V
Input Voltage
400A
Output Power
100/110/125kw
Application
on/off Grid System
DC Voltage Range
580-1000 V
Maximum DC Current
173-216A
Grid Voltage Range
300-460 V
Power Factor
> 0.99
Rated Input Voltage
400V
Ambient Temp
-40℃~+60℃
Cooling Method
Intelligent Air Cooling
Topology
Without Transformer
Origin
China
HS Code
85023100
Capacity
400 Set/Month
Power Conversion System Overview
Product Description

Power Conversion Invertor (PCS) is the core equipment in an energy storage system and is often referred to as the "brain" of the system. Its main function is to convert power between alternating current (AC) and direct current (DC), enabling the control and dispatch of electrical energy.

Functions Include:
  • Charging (AC → DC): When there is excess power from the grid (or AC power generated by a PV inverter), the PCS converts it into DC electricity to store in the batteries.
  • Discharging (DC → AC): When electricity is needed, the PCS converts the DC power from the batteries into AC power and supplies it to the grid or to the load.
  • Grid-Tied and Off-Grid Operation: The PCS enables the energy storage system to switch between grid-tied mode and off-grid mode (operating independently) as needed.
Product Features
Product Features
Product Parameters
Model Mars-100kt Mars-110kt Mars-125kt
Maximum DC voltage 1,000V
Minimum DC voltage 580V
DC voltage operating range 350-1000V
Maximum DC current 173A 190A 216A
Rated charging/discharging power 100kW 110kW 125kW
Maximum charge and discharge power 120kW 132kW 150kW
Rated grid voltage 400V
Power factor >0.99
Current THD <3% (at rated power)
Product Details
Internal Structure
Side View
Interface View
System Solution
System Map
Topology Diagram
Connection Solution
Packaging & Shipping
Packaging
Why Choose Us
Quality Control
Project Experience
Frequently Asked Questions
What is the primary role of the Power Conversion System (PCS)?
The PCS acts as the "brain" of an energy storage system, managing the conversion between AC and DC power for charging and discharging batteries efficiently.
Can this system work without a connection to the utility grid?
Yes, the system supports both grid-tied and off-grid modes, allowing it to operate independently in microgrid setups or during grid outages.
What is the operating temperature range for the DC PCS?
The system is designed for durability in extreme conditions, with an ambient operating temperature range from -40℃ to +60℃.
What kind of cooling system does the PCS use?
It utilizes an Intelligent Air Cooling method to ensure the components stay within safe operating temperatures while maintaining energy efficiency.
Is there built-in protection for the hardware?
Yes, the system includes integrated temperature protection and a transformerless topology to enhance safety and performance.
What is the Power Factor and Harmonic Distortion?
The system features a high power factor of >0.99 and maintains a current total harmonic distortion (THD) of less than 3% at rated power.

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